The conceptual breakdown in this video was awesome! You made it very clear what the goal was going into the problem and your visual aid was very helpful. Your tips at 4:05 and 4:10 for how to find the side length either using top minus bottom or doubling the half-distance was very well-explained and, again, the picture really helped visualize this! I also thought your walk-through of the algebraic evaluation of the integral was AWESOME and very organized! Thanks for including the formula for an equilateral triangle...I also tend to forget that one 😂. And last thing to mention - I love the return of the jazzy piano music...it makes the graphing and evaluating steps very enjoyable to watch - I think math and music make a phenomenal combo!! 🎹😁 Another excellent video from your calculus channel - looking forward to more to come!
Thank you!
The conceptual breakdown in this video was awesome! You made it very clear what the goal was going into the problem and your visual aid was very helpful. Your tips at 4:05 and 4:10 for how to find the side length either using top minus bottom or doubling the half-distance was very well-explained and, again, the picture really helped visualize this! I also thought your walk-through of the algebraic evaluation of the integral was AWESOME and very organized! Thanks for including the formula for an equilateral triangle...I also tend to forget that one 😂. And last thing to mention - I love the return of the jazzy piano music...it makes the graphing and evaluating steps very enjoyable to watch - I think math and music make a phenomenal combo!! 🎹😁 Another excellent video from your calculus channel - looking forward to more to come!
Thank you so much! I appreciate it ☺️
Thank you so much, your energy is contagious ☺️
You are so kind! I appreciate it so much- you made my day! ☺️
Have a great day!
Can you also use even properties to make the bounds from 0 to 2 and double the integral?
Its very useful for my study
Post more videos like this
I’m so glad to hear it!